g) (2 point) Which of the following substitutions can be used to calculate the stiffness of the spring? 6.582x10 16 7x 1

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G 2 Point Which Of The Following Substitutions Can Be Used To Calculate The Stiffness Of The Spring 6 582x10 16 7x 1 1 (483.51 KiB) Viewed 8 times

g) (2 point) Which of the following substitutions can be used to calculate the stiffness of the spring? 6.582x10 16 7x 10 26 0(7 x 10-26) (6.582x10 -* 0(7 x 10-26) (6.582310 2 O(7 x 10-26) (6.582 X 10-16) 2 o ) a" 6.582x10=16 7x10-26 O(7 x 10-26) (1) 02 (6.582x10-16) 1 h) (3 points) The stiffness of the spring is: K = (N/m) i) (2 point) What is the smallest amount of vibrational energy that can be added to this system? E = eV j) (5 points) What is the wavelength of the smallest energy photon emitted by this system? I = m k) (2 points) If the stiffness of the spring increases, the wavelength calculated in the previous part 1) (2 points) If the mass increases, the energy gap between successive energy levels m) (5 points) What should the stiffness of the spring be, so that the transition from the 3rd excited state to the 2nd excited state emits a photon with energy 1.5 eV? K = N/m a